Moltera emerges as a pioneering force in clean energy transformation. We're not just creating s storage—we're engineering the backbone of a resilient, renewable-powered future.
How Moltera Systems Work
1.
Charging Phase:
Excess grid electricity is converted to thermal energy, heating the molten salt through resistive heating enhanced by our graphene-wrapped electrodes.
2.
Storage Phase:
Thermal energy is maintained in the molten salt medium with minimal losses due to advanced insulation systems and thermal management.
3.
Discharge Phase:
Stored thermal energy is converted back to electricity through a heat engine system, with additional high-value heat recovery for industrial applications.
Three Key Moltera Innovations
Advanced Salt Formulations
Our proprietary salt compositions utilize industrial byproducts optimized for thermal stability, energy density, and extended cycle life at operating temperatures 450-550°C.
Advanced
Electrodes Integration
Our revolutionary electrode design incorporates alloys engineered for high performance in caustic environments, improving electrical conductivity, thermal transfer, and reaction kinetics.
Intelligent Control Systems
Advanced algorithmic control optimizes charging/discharging cycles, grid synchronization, and predictive maintenance specifically calibrated for salt dynamics.
Let's get in touch
Based in the Netherlands, Moltera is developing next-generation energy storage technology to enable reliable integration of renewable resources. Our molten salt system provides both electricity and industrial heat, storing energy for hours to weeks with minimal degradation.
Contact our team to discuss your specific business case, arrange technical consultations, or learn more about our innovative approach to grid stabilization and fossil asset replacement.
info@moltera.eu